An Accelerator Platform for Teaching and Research
With Alpha-E, a versatile physics training platform, we are building the future fusion workforce.
Empowering the Next
Generation of Innovators
Fusion energy has seen incredible growth as an industry in recent years, and holds the potential to revolutionize our world by providing clean, limitless energy. Yet today, most university students learn about fusion in theory only. This leaves many graduates with little or no hands-on experience, especially at the undergraduate level. At the same time, while AI has the power to transform fusion technology, its potential remains largely untapped.
Alpha Ring has developed Alpha-E, the world's first and only affordable, compact, and safe tabletop device that integrates AI and machine learning with fusion research. This breakthrough makes fusion more accessible than ever, empowering the next generation of innovators.
While Alpha-E is designed with universities and R&D laboratories in mind, its potential extends far beyond education. It also serves as a platform for leveraging AI, solving scientific and industrial challenges, and enabling advanced research.
Alpha-E Is A Complete Turnkey System
The Alpha-E system can be fully operational within hours of delivery and easily integrates with both standard and custom laboratory equipment for a wide range of applications.
The fusion products produced by the Alpha-E depend on the gas supplied and the target material.
Standard operating conditions are optimized for low flux for user safety, without sacrificing signal-to-noise.
Observe Fusion Products First-Hand
- Create real deuterium-deuterium (D-D) and proton-boron (p-B) fusion reactions
- Observe fusion particles using multiple detectors
- Move beyond theory with immersive, hands-on learning
- Build knowledge and confidence to become the next generation of fusion experts
Enhance Scientific Research
- A powerful self-learning platform for researchers
- Generate rich datasets for AI and machine learning
- Accelerate discovery in fusion and particle physics
- Bridge experimentation with advanced data analysis
A Multidisciplinary Platform
RF & Microwave Electronics
Generating and confining plasma
Materials Science
Exploring how target materials influence fusion reactivity
Fusion Physics
Understanding cross-sections and particle diagnostics
Data Analysis
State-of-the-art tools, including AI and deep learning, for signal processing, particle track analysis, and data management